Principlev1

Design transition buffers between context switches to close

Design transition buffers between context switches to close open loops and orient to new contexts, preventing attention residue from degrading subsequent task performance.

Why This Is a Principle

Derives from Task-switching generates attention residue that persists (task-switching generates attention residue), Open-Loop Cognitive Cost (Zeigarnik) (unresolved commitments consume working memory), and Working Memory Capacity Limit (working memory holds 3-5 items). The principle addresses how to manage the cost of inevitable context switches through structured transitions rather than cold switching.

Source Lessons

L-0067

Distraction is the default state

Without deliberate structure your attention will scatter to whatever is most stimulating.

L-0070

Attention residue lingers

Unfinished tasks leave attention residue that degrades focus on subsequent tasks.

Connections

Derived From (4)

AxiomWorking Memory Capacity Limit AxiomOpen-Loop Cognitive Cost (Zeigarnik)AxiomConscious Processing Is Metabolically Expensive AxiomTask-switching generates attention residue that persists

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